国家/地区 中国（11）
IPC部 C（7） H（5） G（2）
IPC大类 H01（5） C01（3） C09（2）
C23（2） G01（2）
IPC小类 H01M（4） C01B（3） C09K（2）
C23C（2） G01N（2）
IPC H01M004/36（3） H01M004/62（3） H01M010/0525（3）
G01N027/414（2） H01M004/48（2）
发明人 LI Z（11）
公开年 2022（3） 2018（2） 2019（2）
申请年 2018（3）  2022（3）  2019（2） 
专利权人 UNIV BEIJING SCI TECHNOLOGY（11）

Preparing high stability liquid gate type graphene field effect transistor used for detecting nucleic acid molecule, involves performing hydrophobic treatment of substrate, growing graphene by vapor deposition, transferring graphene onto substrate, drying, degumming, cleaning, removing impurity.

SUN Y, LI Z

Graphene field-effect transistor used for detecting novel ribonucleic acid comprises preparing graphene field-effect transistor liquid reaction groove, extracting ribonucleic acid to detected and nucleic acid cutting system for mixing, incubating and adding mixed solution into liquid reaction tank.

SUN Y, LI Z

Oxide ceramic and two-dimensional material composite hydrogen-resistant coating comprises co-deposited layer of zirconium and yttria-stabilized zirconia, intermediate layer of aluminum oxide doped two-dimensional material, and aluminum oxide ceramic layer, which are sequentially coated on substrate.

YE J, LI T, WANG L, LUO M, JIANG L, LI Z, LIU H, LI S, LIU W, LV Z, MI J, HAO L, YU Q, WANG W

High performance silicon-based lithium ion battery cathode material has core prepared by obtaining silicon-based particle/transition metal composite material, and adding carbon source.

ZHAO H, YANG C, LI Z

Preparing a high-density three-dimensional graphene foam/thermoplastic polyurethane complex material useful for preparing large strain stretchable conductors comprises e.g. subjecting nickel foam to lateral compression processing.

WU Y, WANG L, LI Z, JIANG N, LI H, NIU K

Preparing nano-particle doped photothermal conversion composite phase change material involves ultrasonically dispersing graphene oxide powder in ethylene glycol solution, where copper acetate and thiourea are slowly added to above solution.

WANG J, WANG G, GAO H, LI Z, TANG Z, LIANG K, XU X

Preparing silicon oxide-based lithium battery negative electrode material involves dispersing silicon oxide-carbon/graphene powder in alcohol, then adding lithium nitrate, stirring, drying, placing powder in crucible, reacting and cooling.

ZHAO H, TAO X, LI Z, ZHANG Z, FU B

Preparing perfluorotriethylamine-based high thermal conductivity lubricating nanofluid involves using nano-scale graphene filler, no additive, and surface modifying which realizes perfluorotriethylamine in base liquid.

LIU J, BAI M, LI C, MIAO J, HE J, WEI J, CHEN L, LI Z

Preparing silicon graphene/carbon cathode material of lithium ion battery involves taking certain proportion of graphene oxide powder and silicon tetrachloride, dissolving graphene oxide powder in alcohol with stirring.

ZHAO H, LI Z, YAO X, FU B

Lithium ion battery cathode material comprises molybdenum disulfide/graphene composite material having structure of molybdenum disulfide particle that is perpendicular to graphene surface.

LI Z, XIA Q, ZHAO H, ZHANG Z, TENG Y